Our simulation features are summarized in Table REF , and we use a 80-bin discrete muon energy spectrum extracted from the CRY generator [1]} between 0 and 8 GeV. The muon tracking is accomplished by G4Step, and the recorded hit positions on the detector layers are post-processed at the hand of a Python script.
section1-2.5ex plus-1ex minus-.2ex2.3ex plus.2exSimulation outcomes

We asses our methodology over our tomographic configuration described in Fig. REF (a)-(b) and we select our set of materials and the VOI geometry in accordance with another study [2]} dedicated to the muon tomography where the material list consists of aluminum, copper, iron, lead, and uranium, and the target geometry is composed of a rectangular prism with the dimensions of 40\(\times \) 10\(\times \) 40 \(\rm cm^{3}\) . As indicated in Fig. REF , we contrast three restrictive planes labeled as a, b, and c that are placed atop the VOI, amidst the VOI, and beneath the VOI, respectively. We commence with the first scheme that is based on the point - plane generation, and the simulation outcomes by using restrictive plane a are listed in Table REF .
